Fast, Precise Component Identification
The increasing demand for permanent identification markers on manufactured components to enhance their traceability has led to the adoption of sophisticated laser marking techniques. This technology enables manufacturers to implement high-precision identification protocols, ensuring that end-users receive the authentic, quality-verified components that are critical to their applications.
Apple Rubber's proprietary Apple LaserMark program uses the state-of-the-art TRUMPF TrueMark Laser Marking System, offering high-resolution identification without the need for traditional inks or abrasive processes.
What is Apple LaserMark?
Apple LaserMark employs advanced photonics to inscribe alphanumeric codes, machine-readable barcodes, and complex graphical elements onto o-rings and other seals.
This process utilizes a non-contact, non-ablative method. Instead of mechanical engraving or pigment transfer, it employs focused laser radiation to induce localized material alterations, resulting in damage-free, highly-readable markings.
Key Technological Advantages of Apple LaserMark
- Superior beam characteristics: The Samurai system's optimized beam profile results in a reduced focal spot diameter. Combined with ultra-short pulse durations, this generates high peak power density, ensuring precise, high-resolution markings and micro-scale character formation on elastomeric substrates.
- Enhanced optical contrast: Apple LaserMark produces markings with superior optical properties compared to traditional printing or adhesive labeling methods.
- Rapid processing: Laser inscription offers significantly reduced cycle times compared to conventional marking techniques.
- Minimal system downtime: The absence of consumables and contact elements drastically reduces maintenance requirements and associated production interruptions.
- Substrate versatility: The Apple LaserMark process is compatible with a wide range of elastomeric compounds and seal geometries.
- Contamination mitigation: The non-contact nature of laser marking minimizes potential particulate generation and contamination risks.
Industrial Applications of Laser Marking Technology
Sectors implementing or mandating global laser marking standards include:
- Industrial manufacturing
- Aerospace engineering
- Automotive production
- Defense and military (DOD compliance)
- Electronic component fabrication
- Medical device manufacturing
Making your Mark
Laser marking is a valuable addition to your o-rings and seals. Apple LaserMark can meet your laser marking needs today. Contact us now.